DEGREE in Biomedical ENGINEERING
As a graduate of Biomedical Engineering, you’ll be able to participate in research projects in technology centers, in design departments and in the development of medical devices and equipment and more.
You’ll be trained to become a professional with the ability to apply engineering principles and methods to medical and biological problems. You’ll learn how to implement new technologies in the area of health.
Differential Equations
Electronic Technology
Business Administration
Ethics II
Data Analysis
Fundamental Biology
Mechanics
Signal Processing
Automatic Control
Transport Phenomena
Computational Biology
Biological Techniques
Design of Biomedical
Prototypes
Cultural Keys I
Biomedical Instrumentation
Clinical Engineering and Regulatory Legislation
Biomechanics & Biorobotics
Optical Techniques in Biomedicine
Microbiotechnology and Nanobiotechnology
Tissue Engineering
Electronic Circuits
Biochemistry
Biomaterials and Biocompatibility
Pathway (Data Analytics, Computer Science, Making and Hacking, Sustainable Engineering)
Anatomy and Physiology
Internship in Biomedicine
Biological Techniques II
Genomics and Proteomics
Ethics III
Cultural Keys II
Challenge of the Pathway
Applied Biomedical Instrumentation
Implantable Biomedical Systems
Data Analysis in Medicine
Advanced Microbiotechnology and Nanobiotechnology
Bioethics
Find out more about the degree by scanning the QR code or visiting en.unav.edu/web/degree-inbiomedical-engineering San Sebastián Campus
The student has the possibility to participate in cutting-edge research projects with CEIT (Centro de programs of study e Investigaciones Técnicas), with CIMA (research center Médica Aplicada) and with Clínica Universidad de Navarra.